By entering the annual delivery volume, electricity price, assumed remaining pump efficiency and drawdown (new construction/current and afterwards), our tool shows you what profit you can achieve with regular rehabilitations, how you can avoid additional costs due to well ageing and significantly extend the life cycle of your well.

In times of a targeted, climate-friendly reduction in carbon dioxide emissions, strategies for predictive maintenance are becoming increasingly important.

 Example:

 Please use full stops instead of commas!

By entering the annual delivery volume, electricity price, assumed remaining pump efficiency and drawdown (new construction/current and afterwards), our tool shows you what profit you can achieve with regular rehabilitations, how you can avoid additional costs due to well ageing and significantly extend the life cycle of your well. 

In times of a targeted, climate-friendly reduction in carbon dioxide emissions, strategies for predictive maintenance are becoming increasingly important. 

Example:

Details:

Delivery volume m³/a: 500000
Electricity price €/kWh: 0.37
Total pump efficiency (assumed rem.) %: 65
Delivery rate before m³/h: 25
Drawdown before m: 35
Delivery rate after m³/h: 25
Drawdown after m: 20

Results:

Power requirement before kWh/m³: 0.37
Power requirement after kWh/m³: 0.21
Delivery cost before €/m³: 0.14
Delivery cost after €/m³: 0.08
Total delivery cost before €/a: 67862.98
Total delivery cost after €/a: 38778.85
Financial profit €: 29084.13
Financial profit %: 42.86

Please use full stops instead of commas!